DURAN 211072909 Beaker — 150 mL Super Duty Low-Form

DURAN 211072909 Beaker — 150 mL Super Duty Low-Form

The DURAN 211072909 is a 150 mL Super Duty low-form (Griffin style) beaker made from high-quality borosilicate glass 3.3, designed for enhanced durability and long service life in demanding laboratory environments. Its reinforced rim and thicker walls provide greater mechanical strength compared to standard beakers, reducing the risk of breakage during frequent handling, washing, or heating.

This beaker features an integrated spout for smooth liquid transfer, white printed graduations for approximate volume estimation, and a fired-on white ceramic labelling field for permanent, chemical- and heat-resistant sample identification. With uniform wall thickness, the beaker ensures even heat distribution and reduces the risk of thermal stress cracking.

Fully autoclavable (~121 °C) and compliant with ISO 3819 and DIN 12331, the DURAN 211072909 combines reliability, strength, and practicality for general laboratory use.

Specifications

• Catalogue Number: 211072909

• Nominal Capacity: 150 mL

• Form: Low-Form (Griffin style, Super Duty reinforced design)

• Material: Borosilicate Glass 3.3

• Outer Diameter: ~60 mm

• Height: ~80 mm

• Wall Thickness: ~2 mm (reinforced)

• Spout: Yes, integrated pouring lip

• Graduations: Approximate, printed scale

• Labelling Field: Fired-on white ceramic field

• Standards: ISO 3819 / DIN 12331

• Autoclavable: Yes

Applications

• Mixing, heating, and handling of small liquid volumes in routine laboratory tasks

• Educational laboratories where frequent handling increases breakage risk

• Industrial and QC labs requiring durable glassware under tough working conditions

• Ideal for reagent preparation, solution handling, and general sample work

Limitations

• Graduations are approximate only — not intended for precise volumetric analysis

• Despite reinforced design, avoid sudden temperature shocks to extend product lifespan

• Smaller size (150 mL) makes it suitable for small-scale tasks but not for large-volume processes